The use of thermoluminescence (TL) as a method for radiation dosimetry of ionizing
radiation has been established for many decades and has found many useful applications in …

CVD diamond is a remarkable material for the fabrication of radiation detectors. The
radiation hardness, chemical resistance and high-temperature operational capabilities of …

A model allowing theoretical prediction of the maximum possible energy conversion
efficiency of a thermoluminescence (TL) material has been described. The model is based …

This work reports some thermoluminescent features of 28 samples cut from a free-standing
polycrystalline diamond wafer grown by microwave assisted plasma CVD. All these samples …

Diamond is known to be an extremely attractive material for dosimetry applications due to its
intrinsic properties: tissue equivalence, physically robust, chemically inert and safe for in …

This work reports the thermoluminescent properties of free standing polycrystalline diamond
grown by microwave assisted plasma CVD. A peak at 540K is shown particularly suitable for …

The choice of a detector for small-field dosimetry remains a challenge due to the
size/volume effect of detectors in small fields. Aimed at selecting a suitable crystal type and …

A batch of 20 diamond detectors obtained by the chemical vapour deposition (CVD) method
at the Institute for Materials Research at the Limburg University, Belgium, was investigated …

The application of diamond to dosimetry is desirable because of its tissue equivalence,
chemical inertness and small size, but this has not been commercially viable owing to the …

Chemical Vapor Deposited (CVD) diamond is a very promising material extensively studied
in many technologies. Thermoluminescence (TSL) experiments demonstrate that important …